PHYSIMS

Bring energy concepts to life with this engaging Work & Energy “In Touch” Worksheet + PhET Simulations Activity! 🚀This resource helps middle school and highschool students explore how forces do work and how energy changes forms through interactive, visual simulations. Using PhET simulations, students will observe real-time changes in kinetic, potential, thermal, and other forms of energy while connecting these ideas to key physics concepts.What’s Included:Guided worksheet focused on work done b

🧲 Magnetism & Electromagnetism Worksheet with PhET Simulations Complete Middle School Science Lab Activities | Magnetic Fields, Generators & TransformersMake magnetism engaging, interactive, and easy to understand with this comprehensive worksheet pack! This resource guides students through hands-on investigations and online simulations to explore magnetic forces, electromagnets, electromagnetic induction, generators, and transformers. Perfect for middle school science or introductory physics

Ohm’s Law & DC Electric Circuit Interactive Worksheet | PhET Simulation ActivityGuide your students through the world of electric circuits — no stress, no confusion! This interactive worksheet allows students to build simple DC circuits, measure voltage and current, and discover Ohm’s Law through hands-on exploration using a PhET interactive simulation. Students will: Construct circuits with resistors, batteries, and wires Observe how voltage and current change as resistance varies Apply

Hands-free teaching! Guide your students through the editable worksheet stress-free, so they can interactively learn the basics of electric charge with ease. PDF and Word formats included. Feel free to explore other interactive simulations on our website: https://physims.com/

By interactively moving the charged rod near the conducting sphere and the electroscope, students can easily explore how electroscopes work and how conductors gain charge through induction, grounding, or contact with a charged rod. They will also observe how charges distribute on needle-shaped conductors. This approach is perfect for making abstract concepts related to electroscopes, charges, and electrostatics clear, engaging, and fun to learn!